Ground source heat pumps extract heat from the ground by circulating fluid through buried pipes in horizontal trenches or vertical boreholes.
Moreover, they concentrate heat by using a vapour compression cycle, and they transfer heat into buildings to provide heating and hot water without burning fossil fuels. See How GSHPs work.
A well designed GSHP system provides the lowest running cost of any heating system –because it uses a small amount of electricity to transfer a large amount of naturally occurring heatfrom the ground into your building.
An investment in a GSHP system is an investment for the long term –the groundworks have a design life of 100 years and the GSHP itself has a life longer than any combustion boiler.
The benefits of using a GSHP are thatyou can:
- enjoy lower fuel bills, especially if you replace heating by oil, coal, LPG, or direct electric
- eliminate the need for fuel deliveries
- reduce your annual maintenance costs
- reduce your carbon emissions dramatically
- earn significant income from theRenewable Heat Incentive
- install a safe, silent, invisible heating system with no planning restrictions
You should take advice from an experienced installer to realise these benefits. Your building may benefit from increased insulation, and its heat distribution system may need to be adapted to take full advantage of using a ground source heat pump. A GSHP is very efficient at producing warmth rather than heat, so you may benefit fromlarger radiators or underfloor heat distribution. You will need a control system that matches the characteristics of a heat pump in order to provide the gentler heat over a longer period than would be needed with high temperature water delivered to smaller radiators.
There are several types of heat pump probe installations:
- Horizontal field of probes connnected in line by pipes
- Horizontal probe field by parallel pipe system
- kanalski kolektor (u jarku) Probe field in well
- Spiral probe collector („Candle“)
- Vertical probe system
- „ Basket“ probe collector